11th NANO/SPE joint seminar
Date: February 8,2018 (Thursday) 13:00-19:00
Place: Sumitomo Bakelite Co., Ltd. 20th floor. Tennoz Parkside Building
5-8 Higashi-Shinagawa 2-chome, Shinagawa-ku, Tokyo 140-0002
TEL: +81-3-5462-4111
http://www.sumibe.co.jp/company/offices/head_office/index.html
13:00－13:05 Introductory remarks
13:10－14:20 "Polymer materials design with considering production process by chemoinformaticsr"
Prof. Kimito Funatsu The University of Tokyo as a full Professor
Abstract:In past, forward prediction, namely evaluation of sturucture/material was possible. However, inversely proposal of structure/material with desored property was difficult. It has been understood that just this inverse analysis is most important issue which is required to data-driven chemistry.
Furthermore, in order to swiftly and efficiently cope with the subjects from "what to make" to "how to make" and monitoring and controlling productoin process to keep stable production with high quality, strategic use of data and information just has been indispensable.
BIO:Prof. Kimito Funatsu obtained his Doctoral degree (Dr. Sci.) in physical organic chemistry from Kyushu University (1983) and then joined Prof. Shin-ichi Sasaki's group at Toyohashi University of Technology in 1984. During this time with that group, he worked on chemoinformatics, i.e., the structure elucidation system CHEMICS, the organic synthesis design system AIPHOS, de novo design, and chemogenomics. In 2004, he moved to The University of Tokyo as a full Professor to continue research in the same areas. Recently, he has worked on material design and soft sensors for chemical plant control. He was Chair of the Division of Chemical Information and Computer Sciences, Chemical Society of Japan (2004-2014).
14:20～15:30" Interfacial phenomena of polymeric adhesives studied by molecular simulations."
Mr.Akira Shimazu NITTO DENKO Corporation
Abstract: Interfacial phenomena of polymeric adhesives were studied from the view point of intermolecular interactions and polymer deformation behavior. Peeling behavior at adhesive/substrate interface was characterized at molecular level using super computational technology.
BIO:
Education:
Bachelor of Engineering, Tokyo University of Science.
Doctor of Pharmacy, Osaka University.
Professional Experience:
Research Associate, Graduate School of Pharmaceutical Science, Osaka University.
Lecture (part-time) for molecular simulation and materials analysisat the Graduate School of Engineering, Kyoto University.
Lecture (part-time) for molecular simulation and materials analysis at the Graduate School of Engineering, Tokyo Institute of Technology School of Engineering.
Current:
Research leaderfor materials science and simulationsat NITTO DENKO Corporation.
Director of the Positron Science Society of Japan.
Committeememberof the Adhesion Society of Japan.
Committeemember of the Chemical Society of Japan.
15:30～15:40 Break
15:40～16:50" Networking in Injection Molding Factory -- Efforts for IoT -- "
Mr.Takuya Matsunaga Sumitomo Heavy Industries, Ltd.
Abstract:
1. Current efforts and problems for IoT in molding industry (Domestic and abroad).
2. Network communication between IMM and peripheral equipment or host system.
Current and outlook.
3. Benefits and tasks for networking in molding factory.
BIO:2013 Enter to Sumitomo Heavy Industries, Ltd.
2015~ IoT related development, staring from industrial network protocol.
16:50～17:00 Closing greetings
17:20－19:00 Banquet (Fee: 5,000 yen/person)
Workshop Participation Fees
SPE Japan Section Member: FREE
Non-SPE Japan Section Member: \15,000
(Substitution is not accepted for individual member.)
Please email your Full name, Name of Organization, Department, Job Title, Telephone Number and Email to the following contact:
SPE Japan Section, Membership committee chair
Mr. Manabu Ogiwara, Nippon Zeon Co., Ltd
Please contact by E-mail: M.ogiwara@zeon.co.jp
